'Fusion neutrons' diaporamas de présentation

THE NEED FOR SMALL FUSION REACTORS

THE NEED FOR SMALL FUSION REACTORS. Brendan McNamara, Leabrook Computing,2008 Lawrence Livermore National Laboratory. GLOBAL NUCLEAR ENERGY. NUCLEAR ENERGY STALLS. SLOWER GROWTH MISSES ALL TARGETS. LOW GROWTH IN RECESSION LEAVES NUCLEAR AS MINOR PLAYER AT ~20% MEDIUM GROWTH LEADS TO

681 views • 47 slides

683 views • 46 slides

Structural Materials for DEMO: Development, Testing and Modelling

607 views • 36 slides

How cold is cold fusion?

How cold is cold fusion?. Janne Wallenius Associate professor Department of Reactor Physics Royal Institute of Technology. Outline. Press conference science Cold nuclear fusion in condensed matter What about fusion neutrons? Helium, anyone? How not to use a thermometer.

342 views • 13 slides

Tokamak disruption (FTU)

Tokamak disruption (FTU). Fusion neutrons. Fus. Neutr. + ? ( >100keV). Photoneutrons. High voltage. Thermal quench. Current quench. Gamma-ray increase during reconnection. Acceleration or just expulsion of pre-existing fast electrons?. Fusion neutrons. Fus. Neutr. + ? ( >100keV).

189 views • 5 slides

Tokamak disruption (FTU)

Tokamak disruption (FTU). Fusion neutrons. Fus. Neutr. + ? ( >100keV). Photoneutrons. High voltage. Thermal quench. Current quench. Gamma-ray increase during reconnection. Acceleration or just expulsion of pre-existing fast electrons?. Fusion neutrons. Fus. Neutr. + ? ( >100keV).

218 views • 5 slides